AI Edge Computing Chips and Solutions
In an era where every millisecond counts, waiting for the cloud is no longer an option. Our AI Edge computing chips bring high-performance neural processing directly to the hardware. Our chips target the key requirements of low latency, high computing power, and low power consumption. Integrating advanced process technology and AI acceleration architecture, we provide full-stack solutions spanning from chips to software suites, enabling real-time data processing and decision-making at the edge without relying on the cloud. Our AI edge computing chips enable instant data processing at the source, delivering unmatched speed and privacy.
Cellular Baseband Chips
5G Chips
ACF193
The ACF193 is a 3GPP R17-compliant 5G Redcap chip architected specifically for industrial IoT environments. Supporting NR SA/LTE Cat.4 dual-mode operation alongside wide frequency bands, network slicing, and ultra-precise timing and positioning, this chipset delivers highly efficient, premium connectivity for low-power and IoT hardware. It is built to power smart grids, industrial IoT, vehicle networks, intelligent terminals, and smart finance systems, unlocking massive economic value across large-scale commercial deployments.
Smartphone Chips
ACF886
Engineered on a cutting-edge 6nm process, the ACF886 is a premium 4G octa-core smartphone SoC featuring 20 TOPS of integrated NPU compute power. Its advanced Cortex-A76/A55 architecture combines with a Mali-G310 GPU and proprietary in-house ISP, VPU, and NPU engines to deliver superior imaging, 4K video decoding, and robust edge-AI performance. With native support for 200MP cameras and FHD+ 144 Hz displays, it brings next-level visual experiences and intelligent capabilities to flagship 4G smartphones.
ACF866
The ACF866 is a budget-friendly 4G smartphone processor tailored for the competitive mobile communications market. Utilizing a balanced octa-core architecture, it pairs capable GPU and ISP engines with comprehensive wireless connectivity and precise location tracking. The chipset expertly balances performance against power consumption to ensure fluid multimedia playback, smooth imaging, and seamless display performance.
ACF861
Designed for the value-focused mobile market, the ACF861 is a high-efficiency 4G smartphone chip that punches above its weight in multimedia processing. It features a quad-core processor clocking up to 1.5 GHz, backed by optimized GPU and ISP engines for clear image handling and display output. By integrating GNSS and FM modules onto a single die, the ACF861 delivers class-leading multimedia capability, boosting overall device responsiveness and user satisfaction.
Smart Wearable Chips
ACF862C
The ACF862C is an ultra-compact, highly integrated cellular communication SoC engineered specifically for the wearable tech ecosystem. It packs a quad-core Cortex-A55 application processor, an LTE Cat.1bis modem, Wi-Fi 6, Bluetooth 5.4, and multi-mode GNSS alongside a low-power Sensor Hub and diverse peripheral interfaces. While maximizing battery life and compute efficiency, it guarantees rock-solid wide-area network coverage, rich multimedia handling, and a hardware-grade security architecture. It is the ideal engine for next-gen smartwatches and health trackers, enabling constant uptime and a premium user experience.
Mobile Intelligent Terminal Chips
ACF184
The ACF184 Cat.4 chipset is a highly integrated silicon platform custom-tailored for the MiFi, UFi, and 4G compact module markets. Standing out as the industry’s first single-chip architecture to embed a full 4G transceiver, its streamlined layout supports both high-speed cellular data and short-range wireless protocols. It also includes robust cryptographic defenses to secure devices against digital attacks. The ACF184 provides a highly cost-effective, high-efficiency broadband bridge for mobile hotspots and data-to-analog communication infrastructure.
ACF183
The ACF183 is a highly integrated cellular chip that bundles an RF transceiver and onboard RAM into a compact footprint, allowing it to run lightweight RTOS environments with minimal memory usage. It scales effortlessly across consumer and industrial applications, including POS terminals, push-to-talk (POC) radios, hardware dongles, MiFi devices, and smart utility meters (water, electricity, gas). Additionally, powered by a Cortex-A7 core, the ACF183 offers full compatibility with various Linux-based application frameworks.